public static void Model(ObjectInstance position, ObjectInstance rotation, string shaderPath, string modelPath)
{
var rot = Disaster.TypeInterface.Vector3(rotation);
var pos = Disaster.TypeInterface.Vector3(position);
var transform = new Disaster.Transformation(pos, rot, Vector3.One);
var model = Disaster.Assets.Model(modelPath);
var shader = Disaster.Assets.Shader(shaderPath);
Disaster.ModelRenderer.EnqueueRender(model, shader, transform);
}
public static void Model(ObjectInstance position, ObjectInstance rotation, string modelPath)
{
var rot = Disaster.TypeInterface.Vector3(rotation);
var pos = Disaster.TypeInterface.Vector3(position);
//Matrix4x4 matrix = Matrix4x4.CreateFromYawPitchRoll(rot.Y, rot.X, rot.Z) * Matrix4x4.CreateTranslation(pos);
var transform = new Disaster.Transformation(pos, rot, Vector3.One);
var model = Disaster.Assets.Model(modelPath);
Disaster.ModelRenderer.EnqueueRender(model, Disaster.Assets.defaultShader, transform);
}
public static void Wireframe(ObjectInstance position, ObjectInstance rotation, ObjectInstance color, string modelPath, bool backfaceCulling, bool drawDepth, bool filled)
{
var rot = Disaster.TypeInterface.Vector3(rotation);
var pos = Disaster.TypeInterface.Vector3(position);
var transform = new Disaster.Transformation(pos, rot, Vector3.One);
var col = Disaster.TypeInterface.Color32(color);
var model = Disaster.Assets.Model(modelPath);
unsafe
{
var mesh = ((Raylib_cs.Mesh *)model.meshes.ToPointer())[0];
Disaster.SoftwareCanvas.Wireframe(mesh, transform.ToMatrix(), col, backfaceCulling, drawDepth, filled);
}
}
public static ObjectInstance GetCollisionRayModel(ObjectInstance ray, ObjectInstance position, ObjectInstance rotation, string modelPath)
{
var rayo = Disaster.TypeInterface.Ray(ray);
var model = Disaster.Assets.Model(modelPath);
var transform = new Disaster.Transformation(Disaster.TypeInterface.Vector3(position), Disaster.TypeInterface.Vector3(rotation), Vector3.One).ToMatrix();
Matrix4x4.Invert(transform, out Matrix4x4 inverse);
rayo.position = Vector3.Transform(rayo.position, inverse);
rayo.direction = Vector3.TransformNormal(rayo.direction, inverse);
//model.transform = transform;
RayHitInfo output = Raylib.GetCollisionRayModel(rayo, model);
//model.transform = Matrix4x4.Identity;
return(Disaster.TypeInterface.Object(output));
}
